Empirical evaluation of theorized drivers shaping ecosystem stability and functioning

Ecosystems provide services such as fisheries, pollination, and carbon storage that support people and economies around the world. The stability and functioning of ecosystems is shaped by several key factors, such as biodiversity, species interactions, response diversity and environmental conditions, as identified through ecological theory. However, few studies have tested these ideas in real-world ecosystems, and even less have compared the relative importance of these different factors. In this project, I will analyze data of fish communities from coastal marine ecosystems in Japan to examine which of these drivers are most important in driving ecosystem stability and functioning over time. The findings will contribute to global efforts to better understand and manage ecosystems in a changing world.

Faculty Supervisor:

Martin Krkosek

Student:

Partner:

The University of Tokyo

Discipline:

Life Sciences

Sector:

Education

University:

University of Toronto

Program: